High schoolers define several laws of pressure and see how they relate to scuba diving.  In this ocean explorer lesson students answer questions and complete an activity. 

Students use an electronic data-collection device to model the sound produced by a guitar string. They identify the graph of a periodic situation and use the graph to determine the period and frequency of sound waves.

Learners investigate moles and Avogadro's hypothesis. In this moles lesson plan, students complete a worksheet by finding the volume of 1 mole of each substance given its density and they find the number of molecules, the formula, the...

In this gases worksheet, students review the 3 states of matter, the types of molecular motion, and the characteristics of gases. This worksheet has 30 problems to solve.

Gives brief biographical information for Robert Boyle and explains what Boyle's Law is and how to make calculations using his formula.

This online calculator allows the student to solve for either Pressure or Volume. Other features include a tutorial explaining Boyle's law.

This chemistry tutorial explains the gas laws (e.g., Boyle's Law) with applications.

Charles' law is derived from the ideal gas law. An equation of the ideal gas law under pressure constraints is given and the derivation is explained.

A chemistry tutorial which explains the Gas Laws, and provides examples for further understanding.

The mechanics of lung function are explained. Numerous definitions and examples are provided including Poiseuille's Law, blood flow, ventilation, and fluid mechanical properties.

A molecular model of a gas is introduced and explained. Assumptions behind the ideal gas law are presented. The ideal gas law is stated. Charles' law and Boyle's law are derived from the ideal gas law.

The ideal gas law is stated and explained at this site from the Towson University. It is then used to derive the other gas laws (Charles, Boyle's, Gay-Lussac's, Avogadro's, combined, etc.). Other gas law relationships are discussed....

The ideal gas law is presented and explained. The derivation of other gas laws is performed. Gas behavior is explained in terms of gas laws. Excellent graphics.

Boyle's law is derived from the ideal gas law. An equation is given and the derivation is explained.

Boyle's law is derived from the ideal gas law. An equation is given and the derivation is explained.